Infrastructure & Installed Capacity
Site Overview
Compost Hub Online operates on a defined agricultural footprint structured specifically for biological soil production and soil growth unit allocation. The site is divided into two primary infrastructure zones: Soil Growth Units and Biological Growth Units.
Approximately 1.9 acres are designated for Soil Growth Units (SGU) intended for structured root crop production within controlled soil profiles.
Approximately 3.5 acres are designated for Biological Growth Units (BGU-W/V), which function as biological processing and soil production modules.
These zones are physically separate but operationally integrated. All acreage figures represent planned and structured agricultural layout, not speculative expansion territory.
Soil Growth Unit Footprint (SGU)
The Soil Growth Unit zone spans approximately 1.9 acres. This area is structured to support standardized soil growth modules designed for root crop production under defined soil management conditions.
Capacity within this acreage is calculated based on standardized unit dimensions, spacing corridors, and access lanes. Total SGU capacity is determined by physical layout, not by production claims.
Allocation within the SGU footprint is structured through written agreements defining:
• Number of units allocated
• Duration of allocation
• Operational boundaries
• Soil management responsibilities
No crop yield, harvest volume, or production performance is guaranteed. The SGU offering is structured as managed soil growth capacity, not agricultural output sales.
Biological Growth Unit Footprint (BGU-W/V)
The Biological Growth Unit footprint spans approximately 3.5 acres and is engineered for modular biological soil production infrastructure.
Across the combined four-acre structured biological footprint, maximum engineered capacity supports approximately 1,200 standardized Biological Growth Units based on unit dimensions and spatial configuration modeling.
This figure represents total engineered spatial capacity. It does not represent currently installed unit count.
Fourteen Biological Units are currently constructed and operating as model profile units within the designated footprint. These units establish dimensional standards, spacing logic, and operational layout modeling. They serve as structural proof-of-concept and physical reference for expansion planning.
The model units do not represent full buildout.
Unit Dimensions
Standard Biological Growth Units are structured at approximately:
Approximately: 3 feet in height,4 feet in width,6 feet in length
Dimensions are standardized for modular expansion and layout predictability.
Soil Growth Unit dimensions are defined by structured grid planning and are disclosed within allocation agreements.
All layout modeling accounts for access lanes, equipment corridors, buffer spacing, and firebreak requirements.
Allocation Structure
All units within the designated acreage are allocated under written agreement.
Allocation defines:
• Unit count reserved
• Term duration
• Operational access
• Management responsibilities
• Compliance boundaries
Capacity is allocated, not transferred.
Infrastructure remains under site management.
No ownership of underlying land or infrastructure is conveyed through allocation.
No biological output, soil performance, crop yield, or processing volume is guaranteed.
Expansion Phase
The current fourteen Biological Units serve as physical reference models for structured expansion. Additional units are installed in phases according to allocation demand and operational sequencing.
Expansion does not require structural redesign. Layout grid and spacing logic are pre-engineered to accommodate scaling within the defined acreage.
The infrastructure is designed for incremental capacity growth without altering core structural framework.
Documentation & Verification
Photo documentation of model profile units is maintained for verification purposes.
Layout modeling and capacity calculations are based on standardized dimensional references and defined spacing corridors.
Prospective institutional partners may request documentation relevant to infrastructure planning and allocation structure.